GTI MEDICAL CAPABILITIES

Fiber Optic Components

At GTI Medical, we provide a range of advanced coating and manufacturing technologies for the production of optical and electronic components.

Among our offerings are Silver & Gold plating, fiber optic manufacturing and assembly, electronic component manufacturing, and the specialized capability of depositing optical dielectric coatings for hollow CO2 fiber optics. These services allow us to meet the diverse needs of industries that rely on high-precision optics, including medical device manufacturers and other high-tech sectors.

Silver & Gold plating

GTI offers silver and gold plating solutions, which are essential for components that require excellent electrical conductivity, reflectivity, and corrosion resistance. Gold plating is commonly used in applications where components need to maintain conductivity in environments prone to corrosion, such as in electronic connections. Silver plating is often applied to improve thermal and electrical conductivity, making it ideal for electronic and fiber optic components. By utilizing these precious metals, we enhance the longevity, performance, and reliability of components, particularly in high-demand applications.

Fiber Optic Manufacturing & Assembly

Our expertise in fiber optic technology enables us to produce and assemble components that meet precise specifications. GTI’s fiber optic manufacturing services are engineered for applications that require high signal integrity and low loss. We produce both standard and custom fiber optics that deliver excellent optical performance and durability, supporting industries such as medical devices and surgical tools. Through advanced assembly techniques, we ensure that each fiber optic component provides optimal transmission efficiency and meets stringent quality standards.

IODINATION – Optical Dielectric Coating for Hollow CO2 Fiber Optics One of our most specialized offerings is the deposition of optical dielectric coatings for hollow CO2 fiber optics. This advanced coating process is essential for applications requiring precise light transmission with minimal loss. By applying a dielectric layer inside the hollow fiber optic, we enable high-power laser transmission with nearly pure mode delivery. This technology offers several key benefits:

1

Low loss transmission

The optical dielectric coating minimizes transmission losses by reducing reflection and scattering, allowing for efficient and effective light propagation over longer distances.

2

High-power laser compatibility

The robust dielectric layer can handle high laser power levels, making it suitable for demanding applications in the medical and industrial fields. This capability is essential for procedures and processes that rely on high-power CO2 lasers, such as surgical treatments and material processing.

3

Flexible and robust waveguide

By designing the dielectric layer’s thickness and composition, GTI creates a waveguide that is both flexible and robust. This flexibility allows for versatile applications in various settings, as the coated fiber optic can navigate through complex pathways while maintaining consistent optical quality.

4

Optimized mode delivery

The precision of the dielectric layer design allows for nearly pure mode delivery. This means that the laser output remains well-collimated and stable, ensuring accuracy and control during applications that demand precision, such as laser-based medical procedures.

GTI’s optical dielectric coating process results in high-powered laser devices with enhanced efficiency and reliability, critical for use in medical devices and other advanced applications. By working closely with clients, we tailor each coating to meet specific requirements, whether for a medical application or other specialized uses in R&D.

What does optical‑fiber manufacturing include?

The activity includes producing optical fibers and components used as surgical tools with high precision. The fibers are made from silver and coated with gold.

What are the main applications of optical fibers in medical devices?

Their main application is delivering laser energy to a specific point inside the body with minimal losses and high accuracy.

What characterizes high‑quality optical‑fiber production?

High‑quality production is characterized by precise angles, accurate and strong connections, and a clean production process.

Does the service include prototyping?

Yes, prototype development and transition to serial production are supported.

How does one proceed?

Contact GTI Medical for project definition, planning, and a precise quotation.

contact us

    info@gti-medical.com
    +972 9 766 7772

    29 Yad Harutzim Street
    Building 6, 1st floor
    Poleg Industrial Zone
    Netanya, Israel 4250529

    GTI Medical is a global provider of advanced micro-manufacturing and precision laser solutions for the medical, defense, and aerospace sectors. We specialize in precision laser cutting, laser welding, nitinol processing, electropolishing, passivation, and clean-room assembly, delivering ISO 13485 and ISO 9001 certified, high-performance production from prototype to full-scale manufacturing.

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